Mars Orbiter on Precautionary Standby Status

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NASA’s Mars Reconnaissance Orbiter (MRO), during Mars given 2006, put itself into a precautionary standby mode on Feb. 15 in response to intuiting an suddenly low battery voltage.

The orbiter is solar-powered though relies on a span of nickel-hydrogen batteries during durations when it is in a shade of Mars for a apportionment of any orbit. The dual are used together, progressing roughly matching assign during normal operations.

Artist judgment of Mars Reconnaissance Orbiter. Image credit: NASA/JPL

The booster stays in communication with Earth and has been progressing safe, fast temperatures and power, though has dangling a scholarship observations and a use as a communications send for Mars rovers. Normal voltage has been restored, and a booster is being monitored invariably until a troubleshooting is complete.

“We’re in a evidence stage, to improved know a function of a batteries and ways to give ourselves some-more options for handling them in a future,” pronounced MRO Project Manager Dan Johnston of NASA’s Jet Propulsion Laboratory, Pasadena, California. “We will revive MRO’s use as a send for other missions as shortly as we can do so with certainty in booster reserve — expected in about one week. After that, we will resume scholarship observations.”

NASA’s Mars Reconnaissance Orbiter entered circuit around a Red Planet on Mar 10, 2006. Since then, it has returned some-more information than all other past and stream interplanetary missions combined, with a total of some-more than 317 terabits so far.

The goal met all a scholarship goals in a two-year primary scholarship phase. Five extensions, a latest commencement in 2016, have combined to a scholarship returns. The longevity of a goal has given researchers collection to investigate anniversary and longer-term changes on Mars. Among other stream activities, a orbiter is examining probable alighting sites for destiny missions to Mars and relaying communications to Earth from NASA’s dual active Mars rovers.

Source: JPL

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